Hey guys,

I developed this small application for the design of reinforced concrete sections in accordance with the brazilian standard NBR 6118:2014, using smath studio and smath viewer :d

Is able to:

Geometry
- Slabs
- Beam (Rectangle, Tee, reverse Tee)
Ultimate limit states:
- Bending without axial force (yet!) (Positive and negative bending)
- Shear (Models I or II)
- Torsion
Service limit states:
- Cracking
- Deformations
Detailing rules
- Lapped joints
- Anchorage
- Bar spacing

Suggestions and corrections are welcome!

06/04/2022 Edit:

New version of script with some corrections:
- Licence (CC BY-SA 4.0)
- Geometry module is rebuilt with Davide Carpi script PolyProperties (Thank's Davide! I made the correct citation, ok?)
- Some corrections: (Double reinforcement for bending, lateral reinforcement with NBR limit's, warning for maximum reinforced reached);
- VRd1 correction, add VRd,c from Eurocode due to scale effect
- Cracking (Now is possible to check group or individual bars)
- Some nomenclature corrections

07/04/2022 Edit:
- Effective depth

11/04/2022 Edit:
- I Section
- Fatigue design for longitudinal and transverse reinforcement
- Minimum reinforcement for each type of element (beam / slab)
- VRd1 (Correction)
- Aesthetic corrections

20/04/2022 Edit
- Included the option nothing in rebar
- Used Area Region to organize the code
- Correction in fctd formula
- he selection for torsion

23/04/2022
- Text revised

DIMIS_stable_207.sm (695 KiB) downloaded 241 time(s).

Hi Hildebrando. Thanks, it looks great.

Best regards.
Alvaro.

Hey guys,

I made a "refactoring" in the code and some bug fixes.

- The worksheet is now able to receive new sections.
- Fixed the alpha for service limit states.

I forget to upload the .sm archive in the last post.

Wrote

I made a "refactoring" in the code and some bug fixes.

Not my cup of tea ! Confirmed works down SS 6179.
I learned numerical maths from F.B. Hildebrand

Confirmed: NO red top to bottom SS 6179.
In other words: good native codes.